【ZX-K10】
Wireless Keyboard

ZX‑K10 supports two access modes: password input and RFID card swiping for arming and disarming your alarm system. The RFID card is portable and easy‑to‑operate for family members. You can quickly complete security operations without operating the main alarm host. Combined with touch‑sensitive keypad, it delivers flexible daily usage. It suits multi‑user households, simplifying home security management for different users.

This keypad communicates with alarm host via RF wireless signal. It features long transmission distance and powerful anti‑interference capability to keep signal stable inside buildings. No complicated wiring work is needed during installation. It reliably sends arm, disarm and trigger commands to the paired host. It maintains steady performance across houses and small commercial premises for reliable local alarm control.

ZX‑K10 works cooperatively with compatible Smartrol alarm host panel. After simple wireless pairing configuration, it can remotely control the whole security system. Besides arm‑disarm functions, it can serve as a substitute doorbell. All keypad commands are synced to the main host in real‑time. As an auxiliary control terminal, it extends operation positions and improves convenience for home anti‑theft security setups.

The keypad is equipped with dedicated physical buttons for away‑arm, disarm, panic alarm and doorbell trigger. Built‑in doorbell function removes the need for an extra standalone doorbell unit. Status indicator lights visualize power, ready, armed and disarmed states at a glance. Users can finish all common security operations directly on this wall‑mount keypad, bringing practical all‑in‑one control experience.

Boards compact dimensions:137.6mm × 87.7mm ×17.1mm, ZX‑K10 supports wall‑mount installation. It fits neatly beside entrance doors without occupying extra space. Multiple LED indicators mark RFID reading status, power supply, armed/disarmed modes clearly. Its concise exterior matches most home decoration styles. Simple installation and intuitive status feedback lower operation barriers for end‑users.